Transcript

Overvoltage Protection OVR®Range

FRSOX 0104 04 GB

ABB Lightning Protection Group

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OVR Range Codification
Max. discharge current 8/20, Imax (kA): 10 15 40 65 100 Max. discharge current 10/350, Iimp (kA): 7 15 s: with safety reserve P: pluggable unit Nothing: single block

Type I (Class I - Class B test) Codification only

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HL 3L

OVR 3L - 40 - 275 s P TS
Network 1N: single phase (left) - neutral (right) 3N: three phases (left) - neutral (right) N1: neutral (left) - single phase (right) N3: neutral (left) - three phases (right) 2L: two poles 3L: three poles 4L: four poles Nothing: single pole Max. continuous operating voltage, Uc (V): 660 550 440 385 320 275 150 75

TS: integrated remote control

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ABB Lightning Protection Group

......Overvoltage Protection Summary ABB OVR® Surge Protective Device .................................................................................................................................................................................................................... 25 Surge protective devices for telephone & data transmission lines: OVR TC ................................................................................................................................................................................................................................................ 19 TT private home ..................................... 24 Type 2 (class C) Products ............................................................................... 27 ABB Lightning Protection Group ABB Lightning Protection Group 3 .................................................................................................................................................................... 8 Product Overview ............................................................................................................................................................................................................ 275 V .................................................................................................................................................................................................... 6 Product Selection ......................... 10 OVR®– Selection Guide ........................................................................................................... 21 Technical characterics ............................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................ 5 Definition of the parameters .............................................................................. 18 TT ....... 20 Installation Rules ................................................................................................................................... 15 TN-C-S ........ 4 Main causes for transient overvoltage . 17 TN private home .......................................................................................................................................... 16 TNC ................................ 14 TNS ..................................................................... 23 Type 1 + 2 (class B + C) Products.............................................................................................

it behaves as a closed circuit.2 kV Surge Protective Device contains at least one non linear component: • during normal operation. overvoltage reaches electrical equipment. Without Surge Protective Device.ABB OVR® Surge Protective Device Transient overvoltage is a voltage peack of short duration (shorter than a millisecond) which amplitude can reach 20 times nominal voltage. 6 kV Surge Protective Device limits transient overvoltages and diverts surge currents to the ground. • when overvoltage reaches the Surge Protective Device. 4 ABB Lightning Protection Group . Surge Protective Devices act as an open circuit. 1. The whole surge current flows through the equipment and destroys it.

This causes overvoltages on the electrical equipment directly via the earth terminals and induced via the underground supply cables. motors or inductances in general. the higher the overvoltages may be. Induced overvoltage Earthing Earth equipotentiality Strike on a lightning rod Switching operation on the power distribution system The switching of transformers. considerably raising the potential of the ground close to the building on which it is installed. MV disturbances transmitted to LV Parasitic interferences These are interferences with different amplitudes and frequencies that are injected into the electrical supply by the user himself or his environment. Significantly. • During a storm.Main causes for transient overvoltages Lightning strike • A lightning strike can have a destructive or disturbing effect on electrical installations situated up to several kilometers away from the actual point of the strike. cables can transmit the effect of a lightning strike to electrical equipment installed inside buildings. disconnection of circuit breakers or cut outs (i. be due to: • Arc furnaces • Welding equipment • Thyristors operation • Etc… • Contactors operation • Opening circuit breakers • Starting a motor Disturbances generated by the user These interferences have little energy but their short duration. their steep wave front and their peak value (that can reach several kilovolts) can have harmful effects on the proper functioning of sensitive equipment causing either disruption or complete destruction. sudden variation of load.e in the distribution circuits) lead to overvoltages that penetrate the user’s building. ABB Lightning Protection Group 5 . the closer the building is to a generating station or sub station. The parasites can. for example. It is also necessary to take into account mutual induction effects between the high voltage power line and aerial sections of the low voltages lines as well as direct contact between lines of different voltages caused by accidental breaking of cables. • A lightning protection device (such as a lightning rod or a Faraday cage) installed on a building to protect it against the risk of a direct strike (fire) can increase the risk of damage to electrical equipment connected to the main supply near or inside the building. Direct strike on overhead line Indirect lightning strike Surge current The lightning protection device diverts the high strike current to earth.

to dissipate large amount of energy) and to limit the voltage to the lowest possible level. They also limit overvoltages to values compatible with the withstand of the equipment or devices connected. Parameters of the protection It can be easily understood from the above that the critical parameters of a surge protective device are its ability to divert high values of current to the ground (i. – A short waveshape (8/20 µs) which represents a damped indirect strike. Wave 10/350 Iimp Surge current Wave 10/350 Iimp 2 Iimp Iimp 2 Induced overvoltage Earthing Earth equipotentiality Direct lightning strike on a lightning rod Close lightning strike on aerial line Wave 8/20 Wave 10/350 Iimp 2 Iimp Iimp 2 Distant lightning strike on aerial line Wave 8/20 Wave 8/20 Indirect lightning strike Indirect lightning strike 6 ABB Lightning Protection Group .e. Occurence of waveshapes 10/350 & 8/20.Surge Protection Device Definition of the parameters Aim of the protection Surge protection devices are used to prevent current surges from flowing through the network by diverting them harmlessly to the ground. Current surges with two different waveshapes are necessary to represent lightning currents: – A long waveshape (10/350 µs) which corresponds to a direct lightning strike.

I (A) I max 90% I max Wave 8/20. (root mean square) or d. It has to take into account the network nominal voltage Un plus the possible tolerances.c. 0.c. it should be such that there is no hazard for personnel. (root mean square) or d.s. equipment or facility. ABB Lightning Protection Group 7 .m. It is equal to the rated voltage. 50% I max Wave 8/20 µs 10% I max 0 8µs 20 t (µs) According to IEC 61643-1 § 7. 0. overvoltage that the surge protective device can withstand for a specified time duration. according to IEC 61643-1 § 7. 0.25 Iimp.m.75 Iimp.1 Imax. The values Imax or Iimp have to be adapted to the expected value of the possible lightning currents.• Maximum current Imax or Iimp.75 Imax. Iimp) of a 10/350 current waveshape. Type 2 (class C) products shall withstand 5 increasing shocks (0.4. This is the maximum value of a surge current that can be diverted by the surge protective device. Type 1 (class B) and Type 2 (class C) surge protective devices shall withstand 15 discharges under In.5: Type 1 (class B) products shall withstand 5 increasing shocks (0. Current impulse with a virtual front time of 10 µs and a time to half value of 350 µs (for representation of a direct lightning strike).25 Imax.6.5 Iimp. voltage wich may be continuously applied to the surge protective device. 0. 0. • Maximum continuous operating voltage Uc Maximum r. • Temporary over voltage UT Maximum r. Imax is the maximum value of a 8/20 current waveshape. Current impulse with a virtual front time of 8 µs and a time to half value of 20 µs (for representation of an indirect lightning strike). Up must not exceed the voltage withstand value of the equipment connected downstream. Wave 10/350. Imax) of a 8/20 current waveshape. After application of the temporary overvoltage and in case of failure of the surge protective device.1 Iimp. Iimp is the maximum value of a 10/350 current waveshape.s. • Voltage protection level Up Voltage given by the surge protective device while diverting the surge current to the ground.6.5 Imax. U (V) U (V) • Nominal discharge current In Crest value of the current through the surge protective device having a current waveshape of 8/20. 0.

• Installation and equipment parameters: existing lightning rod. According to international standard IEC 61 643-12 Annex I.8 kV Required protection level Up 1 to 1. Ng map (Ground Flash Density) 50 % 40 % 5% < 30 kA 30 to 80 kA 80 to 100 kA 4% 100 to 200 kA 1% > 200 kA 8 < Ng < 180 2 < Ng < 8 Lightning strikes frequency according to their amplitude Exemple: choice of Iimp for Type 1 (Class B) OVR® in case of 100 kA direct strike (around 95% of strikes are less than 100 kA: IEC 61-024-1-1 Annex A. risk for the environment or for human life..5 kV Required protection level Up 0. electrical power and communication lines.5 to 1. Electrotechnical equipment Electrical equipment containing slightly sensitive electronics Sensitive electronic equipment Highly sensitive equipment Required protection level Up 1.2.. .5 to 1 kV 8 ABB Lightning Protection Group . This withstand voltage depends on the type of equipment and its sensitivity. – the remaining 50% is distributed among the services entering the structure (external conductive parts such as pipes..).. The current for each power line is 12. Basic values of lightning current parameters). it can be assumed that: – 50% of the total lightning current enters the earth termination. Determination of the voltage protection level (Up) 50 kA 100 kA PE 4 x 12. For safe calculation when selecting OVR® for the power lines.5kA in case of TNS & TT.5 kA 10 Ω 50 kA Power electrical distribution 15 kA Type 1 (Class B) OVR will protect against 95% of direct lightning strikes Surge protection devices must provide a level of protection compatible with the withstand voltage of the equipment.8 to 2. position of the equipment in the installation. This analysis is based on three groups of parameters: • Environmental parameters: frequency of lightning storms.1. • Security parameters: replacement and unavailability cost of the equipment to be protected. represented by the number of lightning strikes per year and per square kilometre (Ng).5 kV Required protection level Up 1.Product selection Determination of the current capability A risk analysis shall be performed to determine the current and the energy dissipation capability. it is considered that these remaining 50% are carried entirely by these power lines. power distribution to the installation (overhead or underground line).

Need for multi-level protection Sometimes it is not possible to find a surge protective device which provides both the required current capability and protection level. In this case. If this is not possible (e. which gives the required voltage protection level.g. Telecommunication lines entering the installation must be protected as well. the equipment is too far away from the entrance panel). which handles the current capability. with a first device at the entrance of the installation (i. Grounding connections for all arresters must be equipotentially bonded. The distance between the OVR® and the protected equipment must be less than 10 m. and a second device as close as possible to the protected equipment. Example: TN-C-S Separation of pen in sub distribution board prote c tion Lig Ala rm ht s SD B 2 Ty pe Su 2 OV rge (Cla s R 2L Arre s C) 15 sto -2 r 75 P r ute mp Co B1 SD M DB ) sC las or t 2 (C pe Arres 5 P Ty ge -27 Sur L 15 4 VR O pro tect tio ec pro t Ele io n n ctri cal plu g n a te rs He l rica me Nu hine c ma l rica me Nu hine ac m Ty pe 1 OV Su +2 R r (C HL ge las 3L Arre s B+ 15 sto C) 44 r 0s P TS cti pro te ABB Lightning Protection Group on pro t ection ct i prote o pro tec t ) sC las 2 (Crestor e Typ ge Ar -275 Sur 1N 10 R OV io n B3 SD 9 . as close as possible to the point of entrance of the lightning surge). the protection system has to have two or more levels. then a second surge protection device has to be installed.e.

Pluggable Units The operation for changing failed cartridges is particulary safe: 1) the live contacts are inaccessible during the withdrawal phase thanks to a plastic side wall on the cartridge. installation time is consequently much shorter since it isn't necessary to disconnect and rewire the device (no tools needed). With pluggable products. Thanks to this cartridge system.Product overview Mono Block Units/Pluggable units Mono Block Units ABB proposes both mono block and pluggable products. 10 ABB Lightning Protection Group . 2) it’s impossible to swap a phase cartridge for a neutral cartridge thanks to an exclusive mechanical "arrow" system on the base. only the cartridge which has reached the end of service life needs to be changed.

. installed to the left of the devices to be monitored and an receiver module R installed on the right.. When one or more cartridges need to be replaced. OVR SIGN (optical monitoring block kit) The OVR SIGN is a complementary accessory both for mono block and pluggable surge protection devices. the TS contact activates a remote alarm such as buzzer or light (supplied separately)....s P.C alarm res on = Surge arrester on reserve: to be replaced soon Surge arrester disconnected: replacement mandatory alarm res on alarm on = ABB Lightning Protection Group 11 . no. 10 mA Max: 250 V AC..5 .5 7 0. The optical link between emitter and receiver coupled to a dry contact allows remote alarm indication in addition to the local status indication (status indicators on OVR SIGN itself). Technical caracteristics Description OVR SIGN OVR SIGN in watch state OVR SIGN in case of surge arrestor fault Order Code Nominal voltage Un V Maximal continuous operating voltage Uc V Frequency Hz Number of 17.. 1 A Signaling with pluggable OVR .5 mm modules to be monitored Emitter + receiver current consumption at 230 V in watch state mA Contact data min voltage (DC) V min current mA max voltage (50 Hz) V max current (50 Hz) A Optical link visualisation Status indicator (fault visualization) Degree of protection Disconnector (MCB or Fuse) A Connecting wire range mm 2 Connecting wire stripping length mm Connecting wire tightening torque Nm Operating and storage temperature °C Maximal altitude m Weight g Material of Housing Fire resistance according to UL 94 2CTB 8138 15 R 00 00 230 250 50 1+1 (1 emitter and 1 receiver) 10 < 25 5 10 250 5 by green LED on emitter and receiver Red indicator on receiver IP 203 2 0... . It allows easy status monitoring of one more surge arrestors. up to a maximum of 10 modules.4 -40 . P TS surge protective devices feature an auxiliary remote contact for signalling the end of the product service life.. Safety reserve indicator alarm res on OVR .P OVR ... of 17. +80 2000 300 PC grey RAL 7032 V2 Standard status indicator Safety reserve(s) OVR .. Standard status indicator alarm on = Surge arrester operative OVR . 1. P TS The OVR .. P..OVR SIGN or Status Indicator  Min: 12 V DC.5 modules Max. OVR SIGN is made of 2 modules: an emitter module E..Signaling the operating status with TS.

) or between neutral and earth (N). TNS.Product overview . TNS TNC. In such case products for TT shall be selected. IT TN one phase Surges in common mode. IT surges can occur between phases and earth (LSurges in differential mode.Single Pole/Multi Pole Single Pole Single pole surge protective devices are used mainly in TNS. Note: for TNS. On the other hand. This is typically the case for TN-C-S. surges can also occur between phases themselves (L-L) or between phase and neutral (L-N). In TT. In TNC. 12 ABB Lightning Protection Group . differential mode surges do not occur if PE and N cable lengths are similar. TNS can feature differential mode surges if PE and N cables have very different lengths. TNC and IT. TT.

TT.5 m or PE (Pluggable) PE (Mono block) TT-MP TT one phase < 10 m L1 N L1 N L1 N < 0.5 m or TT-1Ph-MP PE (Pluggable) PE (Mono block) ABB Lightning Protection Group 13 TN-IT-1Ph-MP TNC-IT-MP PEN .5 m TN one phase < 10 m L1 N L1 N < 0.Multi Pole Multi pole surge protective devices already feature internal connections which make them readily available for the network they are dedicated to (TNS.5 m PE TT < 10 m L1 L2 L3 N L1 L2 L3 N L1 L2 L3 N < 0. IT) TNS < 10 m L1 L2 L3 N L1 L2 L3 N < 0. IT < 10 m L1 L2 L3 L1 L2 L3 < 0.5 m PE TNS-MP TNC. TNC.

5 Case 2 L < 50 m (proximity of building with external lighting protection or proximity of high point) L < 250 m H > 20 m Case 3 Other cases Building with height upper than 20 meters L < 50 m Type 1+2 (Class B+C) Type 1+2 (Class B+C) 7 kA or 15 kA Type 2 (Class C) 10 kA .OVR® .15 kA or 40 kA Type 2 (Class C) 65 kA 14 ABB Lightning Protection Group .Selection Guide Case 1 Building with external lighting protection Buliding with overhead line connection and Ng > 2.

or Fuse type gG 16 A MCB 25 A curve C. P TS. s P TS (2) 1. or Fuse type gG 40 A MCB 50 A curve C.2 kV Main EBB L1 L2 L3 N PE (1) Only required if a fuse or MCB of the same or smaller nominal value is not already provided in the upstream power supply. or Fuse type gG 16 A MCB 25 A curve C. 15 kA or 40 kA OVR® in the sub distribution board is only necessary: • If the distance between the upstream OVR® in the main distribution board and the equipment to protect is more than 10 m. or Fuse type gG 50 A OVR OVR OVR OVR 1. s P. or Fuse type gG 63 A MCB 40 A curve C.2 kV P. 5 (2) P. s P TS P TS.TNS (If PE and N cables have very different lengths. or Fuse type gG 40 A MCB 50 A curve C. s P. s. or Fuse type gG 25 A MCB 40 A curve C. • Or if D1 + D2 + D3 > 50 cm. s P. P TS. products for TT shall be selected) Sub Distribution Board OVR® Type 2 (Class C) 10 kA. P TS.2 kV Case 3 D3 OVR ® Type 2 Ng (Class > C) 2 . • Or if Up given by OVR® in the main distribution board is too high with regards to the equipment to protect. ABB Lightning Protection Group 15 . or Fuse type gG 63 A MCB 63 A curve C.2 kV (2) If D1+D2+D3 > 50 cm 4 x OVR 40-275 OVR 4L 40-275 P P. s P. P TS. s P. s P TS (2) P.9 kV MCB 32 A curve C. s P TS (2) P TS. s. cable length between both OVR® shall be at least of 5 m Main Distribution Board Type D1 Options Up Protection for 2 < Ics < 6 kA (private home) (1) Protection for Ics ≥ 6 kA (Industry) (1) Case 1 4 x OVR HL OVR ® 15 kA 15-440 s P TS Type 1+2 OVR HL 4L (Class B+C) 15-440 s P TS OVR ® 7 kA Type 1+2 4 x OVR HL 7. P TS. s P. s P TS (2) P TS. s. P TS. s P. s P. or MCB 63 A curve C. s P TS (2) P TS.5 Fuse type gG 40 A MCB 40 A curve C.2 7 5 OVR HL 4L 7-275 P 4x OVR 65-275 OVR 4L 65-275 P 4 x OVR 15-275 OVR 4L 15-275 P 4 x OVR 40-275 OVR 4L 40-275 P 1.5 kV OVR OVR OVR OVR (2) Alarm On Alarm On Alarm On Alarm On 1. or Fuse type gG 50 A MCB 40 A curve C. s P TS (2) MCB 50 A curve C. s P TS P TS. s P TS (2) 0. s. or Fuse type gG 40 A MCB 32 A curve C. (2) P= pluggable unit s= safety reserve TS= contact for remote indication signaling the end of product life. s P. s P. s P.9 kV D2 Case 2 (Class B+C) OVR® 65 kA Type 2 (Class C) Ng < 2. s P TS (2) P TS. s P TS (2) 1. or Fuse type gG 63 A MCB 63 A curve C. or Fuse type gG 50 A 0. or Fuse type gG 25 A 1. s P.2 kV Local EBB For coordination reasons. Type Options Up Protection for 2 < Ics < 6 kA (private home) (1) Protection for Ics ≥ 6 kA (Industry) (1) OVR 3N 10-275 If D1+D2+D3 < 50 cm 4 x OVR 15-275 OVR 4L 15-275 P Alarm On Alarm On Alarm On Alarm On P. s P TS P.

P TS.2 kV Local EBB For coordination reasons. P TS. s P TS (2) 1.5 kV OVR OVR OVR Alarm On Alarm On Alarm On Case 3 D3 OVR ® Type 2 Ng (Class > C) 2 . s P. s P TS (2) 1. s P.TN-C-S . or Fuse type gG 50 A OVR OVR OVR OVR 1. or Fuse type gG 63 A MCB 63 A curve C. P TS.2 kV P TS.9 kV MCB 32 A curve C. s P TS (2) 0. cable length between both OVR® shall be at least of 5 m PE N Main Distribution Board Type Options Up Protection for 2 < Ics < 6 kA (private home) (1) Protection for Ics ≥ 6 kA (Industry) (1) D1 Case 1 OVR ® Type 1+2 3 x OVR HL 15-440 s P TS 1. P TS. s.9 kV Fuse type gG 40 A MCB 40 A curve C. (2) P= pluggable unit s= safety reserve TS= contact for remote indication signaling the end of product life. or Fuse type gG 25 A 1. s P. s P TS P TS.2 7 5 OVR HL 3L 7-275 P 3 x OVR 65-275 OVR 3L 65-275 P 3 x OVR 15-275 OVR 3L 15-275 P 3 x OVR 40-275 OVR 3L 40-275 P D2 Case 2 (Class B+C) 7 kA OVR ® Type 2 (Class C) 65 kA 0. • Or if Up given by OVR® in the main distribution board is too high with regards to the equipment to protect. s P. or Fuse type gG 16 A MCB 25 A curve C. s P TS (2) P TS. s P. s P TS (2) MCB 50 A curve C. s P. s P. or Fuse type gG 40 A MCB 32 A curve C. or Fuse type gG 16 A MCB 25 A curve C.2 kV Main EBB L1 L2 L3 PEN (1) Only required if a fuse or MCB of the same or smaller nominal value is not already provided in the upstream power supply. 5 Ng < 2. s P. s. Type Options Up Protection for 2 < Ics < 6 kA (private home) (1) Protection for Ics ≥ 6 kA (Industry) (1) OVR 3N 10-275 If D1+D2+D3 < 50 cm 4 x OVR 15-275 OVR 4L 15-275 P Alarm On Alarm On Alarm On Alarm On P. or MCB 63 A curve C. s P TS (2) P TS. or Fuse type gG 40 A MCB 50 A curve C.2 kV P. s P TS P. s P. s P TS (2) P. s. or Fuse type gG 25 A MCB 40 A curve C. or Fuse type gG 50 A MCB 40 A curve C. 16 ABB Lightning Protection Group .2 kV 1.5 (2) 1. s P TS (2) P TS. P TS.Separation of the PEN (PEN ➡ PE+N) in the main distribution board Sub Distribution Board OVR® Type 2 (Class C) 10 kA. or Fuse type gG 50 A (Class B+C) OVR HL 3L 15 kA 15-440 s P TS OVR ® Type 1+2 3 x OVR HL 7. P TS. s. or Fuse type gG 63 A MCB 63 A curve C. sP.2 kV (2) If D1+D2+D3 > 50 cm 4 x OVR 40-275 OVR 4L 40-275 P P. s P. s P TS P TS. or Fuse type gG 63 A MCB 40 A curve C. s P TS (2) 1. or Fuse type gG 40 A MCB 50 A curve C.2 kV (2) P. • Or if D1 + D2 + D3 > 50 cm. s P. 15 kA or 40 kA OVR® in the sub distribution board is only necessary: • If the distance between the upstream OVR® in the main distribution board and the equipment to protect is more than 10 m.

s P TS (2) P.2 kV MCB 32 A curve C.2 kV (2) P. or Fuse type gG 25 A MCB 40 A curve C. or Fuse type gG 50 A (2) OVR OVR OVR If D1+D2+D3 > 50 cm Alarm On Alarm On Alarm On 3 x OVR 40-275 OVR 3L 40-275 P P.2 kV 1. or MCB 63 A curve C.2 7 5 OVR HL 3L 7-275 P 3 x OVR 65-275 OVR 3L 65-275 P 3 x OVR 15-275 OVR 3L 15-275 P 3 x OVR 40-275 OVR 3L 40-275 P 0.2 kV Local EBB For coordination reasons. P TS. s P. or Fuse type gG 50 A MCB 40 A curve C.Separation of the PEN (PEN ➡ PE+N) in the sub distribution board Sub Distribution Board OVR® Type 2 (Class C) 15 kA or 40 kA OVR® in the sub distribution board is only necessary: • If the distance between the upstream OVR® in the main distribution board and the equipment to protect is more than 10 m. s P TS (2) P TS. s. • Or if D1 + D2 + D3 > 50 cm. s P. s. s P TS (2) 1. s P. • Or if Up given by OVR® in the main distribution board is too high with regards to the equipment to protect. or Fuse type gG 63 A MCB 63 A curve C. s P TS (2) P TS. cable length between both OVR® shall be at least of 5 m PE Main Distribution Board Type D1 Options Up Protection for 2 < Ics < 6 kA (private home) (1) Protection for Ics ≥ 6 kA (Industry) (1) 3 x OVR HL 15-440 s P TS Case 1 (Class B+C) OVR HL 3L 15 kA 15-440 s P TS OVR ® Type 1+2 Case 2 (Class B+C) 7 kA OVR ® Type 2 (Class C) 65 kA OVR OVR OVR OVR ® Type 1+2 P. ABB Lightning Protection Group 17 . or Fuse type gG 40 A MCB 32 A curve C. s P.9 kV Fuse type gG 40 A MCB 40 A curve C. or Fuse type gG 50 A 3 x OVR HL 7. P TS.2 kV MCB 50 A curve C. or Fuse type gG 63 A MCB 40 A curve C. s P TS P TS. s P TS (2) 1. s P. s.2 kV Main EBB L1 L2 L3 PEN (1) Only required if a fuse or MCB of the same or smaller nominal value is not already provided in the upstream power supply. or Fuse type gG 63 A MCB 63 A curve C. P TS. s. s P TS (2) 1. or Fuse type gG 40 A MCB 50 A curve C.5 (2) 1. or Fuse type gG 16 A MCB 25 A curve C. P TS. or Fuse type gG 16 A MCB 25 A curve C. s P. s P. s P.2 kV P TS.2 kV 1. (2) P= pluggable unit s= safety reserve TS= contact for remote indication signaling the end of product life. P TS. s P TS (2) 1. or Fuse type gG 40 A MCB 50 A curve C.5 kV Alarm On Alarm On Alarm On Case 3 D3 OVR ® Type 2 Ng (Class > C) 2 . s P TS (2) 1. s P. s P TS P TS. s P. 5 Ng < 2. or Fuse type gG 25 A D2 1. s P. s P TS (2) P TS. Type Options Up Protection for 2 < Ics < 6 kA (private home) (1) Protection for Ics ≥ 6 kA (Industry) (1) If D1+D2+D3 < 50 cm 3 x OVR 15-275 OVR 3L 15-275 P P. s P. s P TS P. P TS.TNC .

2 kV (2) P. s. s P TS (2) P TS. or Fuse type gG 40 A MCB 50 A curve C.2 kV Main EBB L1 L2 L3 PEN (1) Only required if a fuse or MCB of the same or smaller nominal value is not already provided in the upstream power supply. s P TS (2) 1. s P TS (2) P TS. s. s P.2 7 5 OVR HL 3L 7-275 P 3 x OVR 65-275 OVR 3L 65-275 P 3 x OVR 15-275 OVR 3L 15-275 P 3 x OVR 40-275 OVR 3L 40-275 P 0. cable length between both OVR® shall be at least of 5 m PE N Main Distribution Board Type Options Up Protection for 2 < Ics < 6 kA (private home) (1) Protection for Ics ≥ 6 kA (Industry) (1) D1 OVR ® 3 x OVR HL Case Type 1+2 15-440 s P TS 1 (Class B+C) OVR HL 3L 15 kA 15-440 s P TS OVR ® Type 1+2 Case 2 (Class B+C) 7 kA OVR ® Type 2 (Class C) 65 kA OVR OVR OVR P.2 kV 1. s P TS (2) 1. or Fuse type gG 63 A MCB 63 A curve C. s P. • Or if D1 + D2 + D3 > 50 cm. or Fuse type gG 16 A MCB 25 A curve C.5 (2) 1. 18 ABB Lightning Protection Group . or Fuse type gG 25 A D2 1. s. or Fuse type gG 40 A MCB 50 A curve C. s P.2 kV Local EBB For coordination reasons. 5 Ng < 2. s P TS P. (2) P= pluggable unit s= safety reserve TS= contact for remote indication signaling the end of product life. or Fuse type gG 63 A MCB 40 A curve C. s P TS P TS. or Fuse type gG 50 A MCB 40 A curve C. s P. P TS. s P TS (2) 1. s P.TN private Home Sub Distribution Board OVR® Type 2 (Class C) 10 kA. s. s P. s P. P TS.2 kV (2) Alarm On Alarm On If D1+D2+D3 > 50 cm 2 x OVR 40-275 OVR 2L 40-275 P P. or Fuse type gG 16 A MCB 25 A curve C. • Or if Up given by OVR® in the main distribution board is too high with regards to the equipment to protect. s P. P TS. s P TS P TS. 15 kA or 40 kA OVR® in the sub distribution board is only necessary: • If the distance between the upstream OVR® in the main distribution board and the equipment to protect is more than 10 m. s P. P TS. P TS. s P. s P TS (2) 1. or Fuse type gG 50 A 1.9 kV 2 x OVR 15-275 OVR 2L 15-275 P MCB 32 A curve C. Type Options Up Protection for 2 < Ics < 6 kA (private home) (1) Protection for Ics ≥ 6 kA (Industry) (1) OVR 1N 10-275 If D1+D2+D3 < 50 cm OVR OVR P. s P TS (2) 0.2 kV MCB 50 A curve C. or Fuse type gG 25 A MCB 40 A curve C.5 kV Alarm On Alarm On Alarm On Case 3 D3 OVR ® Type 2 Ng (Class > C) 2 . or Fuse type gG 63 A MCB 63 A curve C. or MCB 63 A curve C.2 kV 1. s P. or Fuse type gG 40 A MCB 32 A curve C. s P TS (2) P. or Fuse type gG 50 A 3 x OVR HL 7.9 kV Fuse type gG 40 A MCB 40 A curve C. s P.2 kV P TS. P TS. s P TS (2) P TS.

s P.2 kV 1.5 OVR 3N 65-275 P P TS. L-N: phase-neutral. s P TS (2) 1.2 kV Local EBB For coordination reasons.2 kV OVR 3N 40-275 P P TS. N: neutral-earth. s P.TT Sub Distribution Board OVR® Type 2 (Class C) 10 kA. or Fuse type gG 25 A MCB 63 A curve C. s P. Type Options Up Protection for 2 < Ics < 6 kA (private home) (1) Protection for Ics ≥ 6 kA (Industry) (1) OVR 3N 10-275 If D1+D2+D3 < 50 cm OVR OVR OVR OVR P. s P TS (2) 1.9 kV OVR 3N 15-275 (2) 1. (2) P= pluggable unit s= safety reserve TS= contact for remote indication signaling the end of product life. (3) Protection L: phase-earth. or Fuse type gG 16 A MCB 25 A curve C. P TS. s P. or Fuse type gG 50 A Alarm On Alarm On Alarm Neutral On If D1+D2+D3 > 50 cm OVR 3N 40-275 P P TS. 15 kA or 40 kA with common and differential modes protection (3) OVR® in the sub distribution board is only necessary: • If the distance between the upstream OVR® in the main distribution board and the equipment to protect is more than 10 m. 5 OVR 3N 15-275 P. P TS. or Fuse type gG 40 A MCB 50 A curve C. s P TS 0. s P TS (2) 1. or Fuse type gG 25 A MCB 40 A curve C. or Fuse type gG 63 A MCB 40 A curve C.2 kV D3 Main EBB L1 L2 L3 N PE (1) Only required if a fuse or MCB of the same or smaller nominal value is not already provided in the upstream power supply. • Or if Up given by OVR® in the main distribution board is too high with regards to the equipment to protect. cable length between both OVR® shall be at least of 5 m Main Distribution Board D1 Type Options Up Protection for 2 < Ics < 6 kA (private home) (1) Protection for Ics ≥ 6 kA (Industry) (1) OVR ® 4 x OVR HL Case Type 1+2 15-440 s P TS 1 (Class B+C) OVR HL 4L 15 kA 15-440 s P TS Case 2 D2 - 1.2 kV MCB 50 A curve C. s P. • Or if D1 + D2 + D3 > 50 cm. or Fuse type gG 50 A OVR ® Type 2 (Class C) 65 kA Ng < 2. ABB Lightning Protection Group 19 . or Fuse type gG 16 A MCB 25 A curve C.5 kV OVR OVR OVR OVR Case 3 Alarm On Alarm On Alarm Neutral On OVR ® Type 2 Ng (Class > C) 2 . s P TS (2) 1.2 kV MCB 32 A curve C. or Fuse type gG 40 A MCB 50 A curve C. or Fuse type gG 63 A MCB 63 A curve C. or Fuse type gG 40 A MCB 32 A curve C. or Fuse type gG 50 A MCB 40 A curve C.

s P. cable length between both OVR® shall be at least of 5 m Main Distribution Board D1 Type Options Up Protection for 2 < Ics < 6 kA (private home) (1) Protection for Ics ≥ 6 kA (Industry) (1) OVR ® 4 x OVR HL Case Type 1+2 15-440 s P TS 1 (Class B+C) OVR HL 4L 15 kA 15-440 s P TS Case 2 D2 - 1. or Fuse type gG 25 A MCB 40 A curve C. s P. (3) Protection L: phase-earth. 15 kA or 40 kA with common and differential modes protection (3) OVR® in the sub distribution board is only necessary: • If the distance between the upstream OVR® in the main distribution board and the equipment to protect is more than 10 m. s P.5 kV OVR OVR OVR OVR Case 3 Alarm On Alarm On Alarm Neutral On OVR ® Type 2 Ng 'Class > C) 2 . or Fuse type gG 40 A MCB 32 A curve C. • Or if Up given by OVR® in the main distribution board is too high with regards to the equipment to protect.2 kV MCB 50 A curve C.TT private Home Sub Distribution Board OVR® Type 2 (Class C) 10 kA. or Fuse type gG 50 A Alarm Neutral On If D1+D2+D3 > 50 cm OVR 1N 40-275 P P TS. or Fuse type gG 16 A MCB 25 A curve C. • Or if D1 + D2 + D3 > 50 cm. P TS. or Fuse type gG 40 A MCB 50 A curve C. or Fuse type gG 50 A MCB 40 A curve C.2 kV MCB 32 A curve C. 5 OVR 3N 15-275 P.2 kV OVR 3N 40-275 P P TS. s P TS (2) 1. N: neutral-earth. s P.2 kV 1. (2) P= pluggable unit s= safety reserve TS= contact for remote indication signaling the end of product life. P TS. or Fuse type gG 16 A MCB 25 A curve C. or Fuse type gG 25 A MCB 63 A curve C. or Fuse type gG 50 A OVR ® Type 2 (Class C) 65 kA Ng < 2. L-N: phase-neutral.9 kV OVR 1N 15-275 (2) 1.2 kV Local EBB For coordination reasons. 20 ABB Lightning Protection Group . s P.2 kV D3 Main EBB L1 L2 L3 N PE (1) Only required if a fuse or MCB of the same or smaller nominal value is not already provided in the upstream power supply. s P TS (2) 1. or Fuse type gG 63 A MCB 63 A curve C. or Fuse type gG 40 A MCB 50 A curve C. or Fuse type gG 63 A MCB 40 A curve C. s P TS 0.5 OVR 3N 65-275 P P TS. s P TS (2) 1. Type Options Up Protection for 2 < Ics < 6 kA (private home) (1) Protection for Ics ≥ 6 kA (Industry) (1) OVR 1N 10-275 If D1+D2+D3 < 50 cm OVR OVR P. s P TS (2) 1.

they must be associated with an upstream protection element for protection against shot circuit currents. L = 1 m = 1200 V The connections between the OVR® and live conductors. D1 Recommendation: D1 + D2 + D3 < 50 cm. d ≤ 10 m d ≥ 10 m Ph N UL1 UP 2 Equipment to be protected Ur Ph N Equipment to be protected Ur Equipment to be protected Equipment to be protected UL UP Ur = Up + UL1 + UL2 Ur = Up ABB Lightning Protection Group 21 . D2 OVR OVR OVR Alarm On Alarm On Alarm On D3 Main EBB L1 L2 L3 PEN The surge protection device should also be installed as close as possible to the equipment to be protected. If this is not possible (e.Installation Rules • Associated switching element Even if all surge arresters are provided with a built in thermal disconnector. The voltage across 1 m long wire be: U = L di/dt = 1200 V (with 1 meter corresponding to 1 µH and for 8/20 wave 8/20 waveshape). as well as between ® OVR and earthing terminal must be as short as possible as the impedance of these connections reduces the protection provided. The distance between the OVR® and the protected equipment must be less than 10 m. or or • Wiring rules Priority to continuity of supply Priority to protection The transient overvoltages induced by lightning generate in electrical equipment very high intensity currents (several tens of kA) that flows over very short time (a few microseconds). As a result.g. connecting cables feature very high impedance. then a second surge protection device has to be installed. the equipment is too far away from the main distribution board).

It consists of ensuring that when the maximum discharge current is flowing through the first level surge protector. < 10 m L1 L2 L3 N Solid wire Stranded wire • Energy coordination When it is necessary to use a multi-level protection. Main Sub Distribution board Distribution board Phone Line Earth equipotentiality • Earth equipotential bonding The earth conductors of all surge arresters and equipment connected together have to be equipotentially bonded. the energy coordination between the various levels should be studied carefully. in order to avoid any difference of potential between local earthing points that would lead to annihilate the protection level provided by the surge arresters.• Wire size of cables The wire size of cables depends on the short-circuit capability that can be delivered by the network to the installation. Ph N I Ph N OVR® I OVR® Eq 1 Eq 2 Eq 1 Eq 2 22 ABB Lightning Protection Group . the remaining current flowing through the remaining level(s) arrester(s) does not exceed its (their) capacity. The wire size of cables must be at least equal to the cross section of the rest of the cables in the installation.

9 10 1.8 kV between L: neutral-earth.. For monobloc products Up= 1.5 65 20 40 kA 50 50 63 63 65 kA Disconnector Expected Short Circuit Ics 2 kA-6 kA Expected Short Circuit Ics > 7 kA curve C circuit breaker gG fuse curve C circuit breaker gG fuse A A A A 32 16 40 40 32 16 40 40 25 25 50 50 40 40 63 63 Miscellaneous characteristics Operating & Storage temperature Maximal altitude Material of Housing Degree of protection Fire resistance according to UL 94 Reference standards (1) For pluggable products Up= 1. and also between N- .2 kV between L-N and 1. : phase-earth. L.Technical characteristics Type 1 + 2 (class B + C) SURGE ARRESTORS Test class Nominal voltage Un Maximal continuous operating voltage Uc Frequency Impulse current Iimp (10/350µs wave) per pole Maximal discharge current Imax (8/20µs wave) per pole Nominal discharge current In (8/20µs wave) per pole Reaction time Short circuit withstand Icc Voltage protection level Up (under In) Temporary overvoltage withstand UT for 200 ms Temporary overvoltage withstand UT for 5 s in TNC Temporary overvoltage withstand UT for 5 s in TNS Temporary overvoltage withstand UT for 5 s in TT Follow current If Operating current Ic mA V V Hz kA kA kA ns kA kV V V V V 0. L.)(2) None <1 7 65 6 < 25 25 1.)(2) None <1 10 2 15 5 A A A A 40 40 63 63 10 kA 15 kA 2 (or C) 230 275 50 40 15 for pluggable and 10 for single block < 25 25 1.)(2) 334 (between L-N) & 400 (between L.2 kV between L(2) Protection L.2 (1) 25 1.9 1500 334 (between L.2 (1) 1500 334 (between L. N- ABB Lightning Protection Group 23 .)(2) 334 (between L-N.2 275 50 15 100 5 7 kA 1 + 2 (or B+C) 230 400 15 kA Disconnector Expected Short Circuit Ics 2 kA-6 kA Expected Short Circuit Ics > 7 kA curve C circuit breaker gG fuse curve C circuit breaker gG fuse Type 2 (class C) SURGE ARRESTORS Test class Nominal voltage Un Maximal continuous operating voltage Uc Frequency Maximal discharge current Imax (8/20µs wave) per pole Nominal discharge current In (8/20µs wave) per pole Reaction time Short circuit withstand Icc Voltage protection level Up (under In) Temporary overvoltage UT for 200 ms Temporary overvoltage withstand UT for 5 s in TNC Temporary overvoltage withstand UT for 5 s in TNS Temporary overvoltage withstand UT for 5 s in TT Follow current If Operating current Ic mA V V Hz kA kA ns kA kV V V V V 10 0.)(2) 334 (between L-N.. N- °C m -40 . L-N: phase-neutral.)(2) 334 (between L-N) & 400 (between L. +80 2000 PC grey RAL 7032 IP 203 V2 IEC 61643-1 / EN 61643-11 and L-N.

(remote indicat. N- : neutral-earth. of Poles Internal Schematic Product View OVR HL 7-275 OVR HL 7-275 s OVR HL 7-275 P OVR HL 7-275 s P OVR HL 7-275 P TS OVR HL 7-275 s P TS TNC TNS LNOVR HL 4L 7-275 P OVR HL 4L 7-275 s P OVR HL 4L 7-275 P TS OVR HL 4L 7-275 s P TS 15 kA OVR HL 3L 7-275 P OVR HL 3L 7-275 s P 2CTB 8152 11 R 06 00 N o 2CTB 8152 11 R 05 00 N o 2CTB 8152 51 R 22 00 Yes 2CTB 8152 51 R 19 00 Yes 2CTB 8152 51 R 16 00 Yes 2CTB 8152 51 R 13 00 Yes 2CTB 8154 53 R 42 00 Yes 2CTB 8154 53 R 41 00 Yes No Yes No Yes No Yes No Yes No No No No No Yes Yes No No Yes Yes No No Yes Yes 15 0 1 12 0 Alarm On OVR HL 3L 7-275 P TS 2CTB 8154 53 R 43 00 Yes OVR HL 3L 7-275 s P TS 350 Yes 3 Yes Alarm On Alarm On Alarm On 2CTB 8154 53 R 44 00 No Yes No Yes 2CTB 8154 19 R 01 00 Yes 2CTB 8154 19 R 02 00 2CTB 8154 19 R 03 00 2CTB 8154 19 R 04 00 Yes Yes Yes Alarm On Alarm On Alarm On Alarm On 500 4 Alarm On Alarm On OVR HL 15 440 s P TS 2CTB 8152 01 R 08 00 Yes Yes Yes 250 1 Alarm On Alarm On Alarm On Alarm On OVR HL 2L 15 440 s P TS 2CTB 8153 03 R 04 00 TNC TNS L- Yes Yes Yes 500 2 Alarm Alarm On Alarm On Alarm On Alarm On Alarm On N- OVR HL 3L 15 440 s P TS 2CTB 8154 01 R 04 00 Yes Yes Yes 750 3 On Alarm Alarm On Alarm On Alarm On Alarm On Alarm On Alarm On Alarm On OVR HL 4L 15 440 s P TS 2CTB 8155 03 R 04 00 Yes Yes Yes 1000 4 On (1) L- : phase-earth. Safety TS res.TYPE 1 + 2 (class B + C) PRODUCTS. Spare Cartridge Type 1+2 (Class B+C) I imp Type Ref 7 kA 15 kA OVR HL 7-275 C OVR HL 7-275 s C OVR HL 15-440 s C 2CTB 8152 54 R 08 00 2CTB 8152 54 R 07 00 2CTB 8152 50 R 00 00 24 ABB Lightning Protection Group . L-N: phase-neutral.) Weight (g) Nb. 275 V 7 kA Type of Network Surge protection between (1) Description Order Code Plugg.

2CTB 8139 53 R 12 00 2CTB 8139 53 R 09 00 2CTB 8139 53 R 06 00 2CTB 8139 53 R 03 00 Yes Yes Yes Yes No Yes No Yes No No Yes Yes 500 4 Alarm On Alarm On Alarm On Spare Cartridge Type 2 (Class C) Imax Type Ref Imax Type Ref 15 kA 40 kA OVR 15-275 C OVR 15-275 s C OVR 40-275 C OVR 40-275 s C 2CTB 8138 54 R 12 00 2CTB 8138 54 R 11 00 2CTB 8138 54 R 10 00 2CTB 8138 54 R 09 00 65 kA Neutral OVR 65-275 C OVR 65-275 s C OVR 65 N C 2CTB 8138 54 R 08 00 2CTB 8138 54 R 07 00 2CTB 8138 54 R 00 00 ABB Lightning Protection Group 25 . of Poles Internal Schematic Product View OVR 1N-10-275 TT TNS LNL-N OVR 3N-10-275 2CTB 8139 12 R 10 00 No No No 250 2 Alarm On 2CTB 8139 13 R 10 00 No No No 500 4 Alarm On 15 kA OVR 15-275 OVR 15-275 P OVR 15-275 s P OVR 15-275 P TS OVR 15-275 s P TS OVR 2L-15-275 P OVR 2L-15-275 s P TNC TNS LNOVR 2L-15-275 P TS OVR 2L-15-275 s P TS OVR 3L-15-275 P OVR 3L-15-275 s P OVR 3L-15-275 P TS OVR 3L-15-275 s P TS OVR 4L-15-275 P OVR 4L-15-275 s P OVR 4L-15-275 P TS OVR 4L-15-275 s P TS 2CTB 8138 11 R 08 00 2CTB 8138 51 R 24 00 2CTB 8138 51 R 21 00 2CTB 8138 51 R 18 00 2CTB 8138 51 R 15 00 2CTB 8138 12 R 10 00 2CTB 8138 12 R 11 00 2CTB 8138 12 R 12 00 2CTB 8138 12 R 13 00 2CTB 8138 53 R 34 00 2CTB 8138 53 R 45 00 2CTB 8138 53 R 35 00 2CTB 8138 53 R 46 00 2CTB 8138 53 R 60 00 2CTB 8138 53 R 67 00 2CTB 8138 53 R 68 00 2CTB 8138 53 R 69 00 No Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes No No Yes No Yes No Yes No Yes No Yes No Yes No Yes No Yes No No No Yes Yes No No Yes Yes No No Yes Yes No No Yes Yes 500 4 Alarm On Alarm On Alarm On Alarm On 150 1 120 Alarm On 220 2 Alarm On Alarm On 350 3 Alarm On Alarm On Alarm On OVR 1N-15-275 2CTB 8139 12 R 04 00 No No No 220 2 Alarm On OVR 1N-15-275 P OVR 1N-15-275 s P TT TNS LNL-N OVR 1N-15-275 P TS OVR 1N-15-275 s P TS 2CTB 8139 52 R 12 00 2CTB 8139 52 R 09 00 2CTB 8139 52 R 06 00 2CTB 8139 52 R 03 00 Yes Yes Yes Yes No Yes No Yes No No Yes Yes 220 2 Alarm On OVR 3N-15-275 2CTB 8139 13 R 04 00 No No No 500 4 Alarm On OVR 3N-15-275 P OVR 3N-15-275 s P OVR 3N-15-275 P TS OVR 3N-15-275 s P TS (1) L: phase-earth.TYPE 2 (class C) PRODUCTS. L-N: phase-neutral.) Weight (g) Nb. 275 V 10 kA Type of Network Surge protection between (1) Description Order Code Plugg. Safety TS res. (remote indicat. N: neutral-earth.

(remote indicat. 2CTB 8138 11 R 07 00 N o 2CTB 8138 11 R 10 00 N o 2CTB 8138 51 R 23 00 Yes 2CTB 8138 51 R 20 00 Yes 2CTB 8138 51 R 17 00 Yes 2CTB 8138 51 R 14 00 Yes 2CTB 8138 12 R 15 00 Yes 2CTB 8138 12 R 16 00 Yes 2CTB 8138 12 R 17 00 Yes 2CTB 8138 53 R 24 00 Yes 2CTB 8138 53 R 22 00 Yes 2CTB 8138 53 R 25 00 Yes 2CTB 8138 53 R 56 00 Yes 2CTB 8138 53 R 54 00 Yes 2CTB 8138 53 R 52 00 Yes 2CTB 8139 52 R 11 00 2CTB 8139 52 R 08 00 2CTB 8139 52 R 05 00 2CTB 8139 52 R 02 00 2CTB 8139 53 R 11 00 2CTB 8139 53 R 08 00 2CTB 8139 53 R 05 00 2CTB 8139 53 R 02 00 Yes Yes Yes Yes Yes Yes Yes Yes No Yes No Yes No Yes No Yes No Yes No Yes No Yes No Yes No Yes No Yes No Yes No Yes No Yes No No No No Yes Yes No No Yes Yes No No Yes Yes No No Yes Yes No No Yes Yes No No Yes Yes 15 0 1 12 0 Alarm On 220 2 Alarm On Alarm On OVR 2L-40-275 s P TS 2CTB 8138 12 R 18 00 Yes 350 3 Alarm On Alarm On Alarm On OVR 3L-40-275 s P TS 2CTB 8138 53 R 23 00 Yes 500 4 Alarm On Alarm On Alarm On Alarm On OVR 4L-40-275 s P TS 2CTB 8138 53 R 50 00 Yes 220 2 Alarm On 500 4 Alarm On Alarm On Alarm On 2CTB 8138 11 R 06 00 2CTB 8138 11 R 05 00 2CTB 8138 51 R 22 00 2CTB 8138 51 R 19 00 2CTB 8138 51 R 16 00 2CTB 8138 51 R 13 00 2CTB 8138 53 R 42 00 2CTB 8138 53 R 41 00 2CTB 8138 53 R 43 00 2CTB 8138 53 R 44 00 2CTB 8139 19 R 01 00 2CTB 8139 19 R 02 00 2CTB 8139 19 R 03 00 2CTB 8139 19 R 04 00 2CTB 8139 52 R 10 00 2CTB 8139 52 R 07 00 2CTB 8139 52 R 04 00 2CTB 8139 52 R 01 00 2CTB 8139 53 R 10 00 2CTB 8139 53 R 07 00 2CTB 8139 53 R 04 00 2CTB 8139 53 R 01 00 No No Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes No Yes No Yes No Yes No Yes No Yes No Yes No Yes No Yes No Yes No Yes No Yes No No No No Yes Yes No No Yes Yes No No Yes Yes No No Yes Yes No No Yes Yes 150 120 1 Alarm On 350 3 Alarm On Alarm On Alarm On 500 4 Alarm On Alarm On Alarm On Alarm On 220 2 Alarm On 500 4 Alarm On Alarm On Alarm On 26 ABB Lightning Protection Group . 275 V 40 kA Type of Network Surge protection between (1) Description Order Code Plugg.TYPE 2 (class C) PRODUCTS.) Weight (g) Nb. of Poles Internal Schematic Product View OVR 40-275 OVR 40-275 s OVR 40-275 P OVR 40-275 s P OVR 40-275 P TS OVR 40-275 s P TS OVR 2L-40-275 P OVR 2L-40-275 s P TNC TNS LNOVR 2L-40-275 P TS OVR 3L-40-275 P OVR 3L-40-275 s P OVR 3L-40-275 P TS OVR 4L-40-275 P OVR 4L-40-275 s P OVR 4L-40-275 P TS OVR 1N-40-275 P OVR 1N-40-275 s P OVR 1N-40-275 P TS TT TNS LNL-N OVR 1N-40-275 s P TS OVR 3N-40-275 P OVR 3N-40-275 s P OVR 3N-40-275 P TS OVR 3N-40-275 s P TS 65 kA OVR 65-275 OVR 65-275 s OVR 65-275 P OVR 65-275 s P OVR 65-275 P TS OVR 65-275 s P TS TNC TNS OVR 3L-65-275 P OVR 3L-65-275 s P OVR 3L-65-275 P TS LNOVR 3L-65-275 s P TS OVR 4L-65-275 P OVR 4L-65-275 s P OVR 4L-65-275 P TS OVR 4L-65-275 s P TS OVR 1N-65-275 P OVR 1N-65-275 s P OVR 1N-65-275 P TS TT TNS LNL-N OVR 1N-65-275 s P TS OVR 3N-65-275 P OVR 3N-65-275 s P OVR 3N-65-275 P TS OVR 3N-65-275 s P TS (1) L: phase-earth. L-N: phase-neutral. Safety TS res. N: neutral-earth.

5 . 2..4 Yes Yes Yes Yes No No No No No °C m g No -40 .Surge protection devices for telephone & data transmission lines .5 7 0. discharge current Imax (8/20 µs wave) kA Max. discharge current In (8/20 µs wave) kA Reaction time ns Voltage protection level UP (under In) V Bandwidth MHz Temporary overvoltage UT for 200 ms V Follow current If Degree of protection Mechanical characteristics Connecting wire range Stripping length Tightening torque Life end on short cut Integrated thermal disconnector State indicator Compatibility with OVR SIGN Safety reserve TS remote indicator Miscalleneous characteristics Operating and storage temperature Maximal altitude Weight 18 mm module Material of Housing Fire resistance according to UL 94 Reference standards mm 2 mm Nm 2 (or C) DC 1 6 7 12 14 24 27 Serie 20 10 10 5 < 25 15 10 20 2 35 4 1500 None IP 203 70 6 300 3 700 100 48 53 200 220 200 220 Parallel - 0. computer communication or data links and current loops. 80 2000 150 1 PC grey RAL 7032 V2 IEC 61643-1 / EN 61643-11 ABB Lightning Protection Group 27 .. continuous operating voltage Uc V Protection type Rated current (max 100 mA) mA Withstand current 50 Hz (15 mn) A Max. SDB 1 Fire alarm OVR TC 24V OVR 2L 15-275 P Autocom board or PABX SDB 2 Video protection board OVR 2L 15-275 P Camé ra video protection OVR TC 12V OVR TC 48 V OVR TC OVR TC 6V 48 V OVR TC 200 FR ISDN ISDN Digital Line Analogical Line MDB OVR HL 3L 15-440 s P TS Interphone MDB: Main Distribution board SDB: Sub Distribution board Technical characteristics Description Order Code OVR TC 06V OVR TC 12V OVR TC 24V OVR TC 48V OVR TC 200FR OVR TC 200V 2CTB 8138 14 R 01 00 2CTB 8138 14 R 02 00 2CTB 8138 14 R 03 00 2CTB 8138 14 R 04 00 2CTB 8138 14 R 00 00 2CTB 8138 14 R 05 00 Test class Type of current Number of protected pairs Nominal voltage Un V Max.... OVR TC Lightning rod Telecommunication line surge arresters (OVR TC) protect the equipment connected to telephone lines.

rue Marcel Paul 95870 . For further details please contact the ABB company marketing these products in your country.As part of its on-going product improvement.12.04 Techni-Soft JPG) . The information given is not-contractual. ABB reserves the right to modify the characteristics or the products described in this document.FRANCE Telephone: + 33 (0) 1 34 34 47 50 Telefax: + 33 (0) 1 34 34 47 57 28 ABB Lightning Protection Group Publication N°: FRSOX 0104 04 GB Printed in Pologne (V 03. ABB Lightning Protection Group Sales Office 8 .Bezons .